CN203261868U - Ecological greening system for house and indoor ecological greening system - Google Patents
Ecological greening system for house and indoor ecological greening system Download PDFInfo
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- CN203261868U CN203261868U CN2013203516732U CN201320351673U CN203261868U CN 203261868 U CN203261868 U CN 203261868U CN 2013203516732 U CN2013203516732 U CN 2013203516732U CN 201320351673 U CN201320351673 U CN 201320351673U CN 203261868 U CN203261868 U CN 203261868U
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Abstract
The utility model relates to an ecological greening system for a house and an indoor ecological greening system. The ecological greening system for a house comprises a support, a circulating water supply system and a plant cultivation module, wherein the plant cultivation module is arranged and fixed on the support, and the support is also provided with the circulating water supply system. The ecological greening system for a house is suitable for being used indoors and outdoors; and by using the ecological greening system for a house, the traditional greening structure is changed, the problem of insufficient greening area caused by rapid development of cities is solved, the city environment is greened and the living environment is improved to the maximum extent within the limited space, the air quality is improved, and a comfortable and fresh living environment is created.
Description
Technical field
The utility model relates to a kind of ecologic structure system that utilizes the plant absorbing decomposing pollutant, particularly a kind of house ecological greening system and indoor ecological greening system that can be applicable to indoor and outdoors.
Background technology
Along with the development of urbanization, urban building is built higher and higher, and closeness is also more and more higher, and supporting city's green areas reduces gradually.Therefore, how to change traditional greening theory, improve green coverage in limited living space, beautify the environment, the problem that purifies air is increasingly severe.
Summary of the invention
In view of this, the utility model provide a kind of both can the filter chamber in depollution, again can be at exterior decoration, the house ecological greening system of beautifying the environment and indoor ecological greening system.
The utility model provides a kind of house ecological greening system, comprises support, circulating water supply system and plant cultivation module, and circulating water supply system is rack-mount.
Described plant cultivation module comprises container, matrix and separation net, container has culture hole, matrix is filled in container, separation net is layed in the stromal surface that is provided with culture hole side container, plant is implanted matrix by culture hole, the minimum point of container is designed with osculum, and one deck filter screen is installed on this osculum, is used for the filtration of irrigation water.
As further improvement project, the circulating water supply system turnkey is drawn together irrigation pipe, water pump, water supply line, filter and return water tank; Water pump is located at the dimensional support base of frame, and the inlet opening of water pump is connected with return water tank, and the apopore of water pump is connected with water supply line, and feed pipe is connected with irrigation pipe, is designed with the inlet opening on return water tank, and the inlet opening is connected with pipeline.
as further improved preferred version one, selected container is cuboid, can use one or more containers laterally rack-mount, container upper end is uncovered, the bottom of container uses the husky pearl of insulation to fill, insulation Sha Zhu fills one deck matrix in the upper strata, one side of container is designed with the inlet opening, this inlet opening is connected with irrigation pipe in circulating water supply system, the container opposite side is provided with osculum, the osculum of first container connects the inlet opening of next container, connect successively by this connected mode, the inlet channel of the return water tank in the osculum of last container and circulating water supply system is connected.Hydraulic controller and discharge outlet are installed in return water tank, flow to the dilutional hyponatremia of recovery tank in container, hydraulic controller is opened discharge outlet unnecessary water is discharged.
As further improvement project, described support is a plurality of, is fixed as an integral body by splice plate, is provided with the plant cultivation module in each support; Or described support welding is grid shape, and container is fixed in the grid of support with drawer type; Support is the structure of single or double.
As improved preferred version two further, selected container is hemispherical or the infundibulate of both ends open, the container upper end opening edge is provided with the Ka Tai that launches to both sides along both sides, each container is installed on support by Ka Tai, be provided with the sprinkling irrigation part between bilevel container, this sprinkling irrigation part is hollow pipe, be inverted T-shape, the upper end is connected with the lower ending opening of each container of last layer in support, the lower end sidewall is provided with a plurality of watering apertures, be suspended from lower each container of one deck upper end open directly over.
As improved preferred version three further, selected container is rectangular shape, container is vertically rack-mount, culture hole is arranged at outside of containers, culture hole is inclined upwardly, filling substrate in container, be provided with leather layer and separation net between matrix and the outside, container head is designed with the inlet opening of matrix in connection container, the outlet pipe of the irrigation pipe in this inlet opening and circulating water supply system is communicated with, the container bottom is provided with osculum, and the inlet channel of the return water tank in this osculum and circulating water supply system is communicated with.
Further improvement project as preferred version three, described plant cultivation module comprises container, matrix and the separation net that is fixed in support, this container is whole tabular, size is consistent with stent wall, container side wall is provided with culture hole, and internal tank is filled with matrix, and separation net is layed in the stromal surface that is provided with culture hole side container, plant is implanted matrix by culture hole, and the minimum point of container is designed with osculum; Irrigation conduit is connected with the container water inlet, and apopore is connected with pipeline, and osculum is connected with the inlet opening of return water tank.
Further improvement project as preferred version two or preferred version three, use drawer type that fixed container is installed, the plane that on selected container, lower wall tilts, container is uncovered, and this container base is provided with a water fender, and water fender and container bonding place are provided with an apopore, this apopore is that aperture carries out drip irrigation to lower one deck implantation, the container bottom minimum point is provided with discharge outlet, unnecessary water in amount discharge container, and this osculum is connected with the water inlet pipe of the recovery tank of water supply circulatory system.
the utility model provides a kind of indoor ecological greening system, comprise support, circulating water supply system, the plant cultivation module, air moistening system, light-guiding system and screen pack, the plant cultivation module is fixed on support or with splice plate with drawer type and becomes a face wall, circulating water supply system is arranged on support or splice plate, light-guiding system mounting bracket top, the support end is provided with exhaust outlet, screen pack is arranged on the exhaust outlet end, air moistening system is arranged on after screen pack before exhaust outlet, this air moistening system is comprised of atomizer, atomizer is fixed on the end of support and is connected with the water supply line of circulating water supply system.
Described plant cultivation module comprises container, matrix and separation net, container has culture hole, matrix is filled in container, separation net is layed in the stromal surface that is provided with culture hole side container, plant is implanted matrix by culture hole, the minimum point of container is designed with osculum, and one deck filter screen is installed on this osculum.
Described circulating water supply system comprises irrigation pipe, water pump, water supply line, filter and return water tank; Water pump is located at the dimensional support base of frame, and the inlet opening of water pump is connected with return water tank, and the apopore of water pump is connected with water supply line, and feed pipe is connected with irrigation pipe, is designed with the inlet opening on return water tank, and the inlet opening is connected with pipeline.
As further improvement project, described system comprises that plate type solar is adopted can device, temperature and hygrosensor, and temperature and hygrosensor are arranged on indoor wall.
Described plate type solar is adopted and can be comprised that solar energy collecting plate, solar energy connect conducting tube, suction-type lithium bromide Conversion of Energy machine and air-conditioner by device, solar energy collecting plate is fixed on outdoor, solar energy collecting plate is connected conducting tube and connects with solar energy, solar energy connects the other end access suction-type lithium bromide Conversion of Energy machine of conducting tube, and suction-type lithium bromide Conversion of Energy machine is connected with air-conditioner.
Compared with prior art, the utlity model has following advantage: changed traditional greening structure, solved the problem of rapid urban green coverage deficiency, farthest afforest urban environment and better people's living environment in limited space, improve air quality, build comfortable, a pure and fresh living environment.
Description of drawings
Fig. 1 is that the utility model is designed to the roof greening system structural representation.
Fig. 2 is the greening system structural representation that the utility model is designed to screen and wall-hanging.
Fig. 3 is A section structure for amplifying schematic diagram in Fig. 2.
Fig. 4 is that the utility model is designed to ecological greening system wall front schematic view.
Fig. 5 is that the utility model is designed to ecological greening system wall side sectional view.
Fig. 6 is that the utility model is designed to ecological greening system wall distressed structure side sectional view.
Fig. 7 is that the utility model is designed to another distressed structure side sectional view of ecological greening system wall.
Fig. 8 is the greening system distressed structure side sectional view that the utility model is designed to screen and wall-hanging.
Fig. 9 is that the utility model is designed to indoor ecological greening system structure chart.
Figure 10 is B section structure for amplifying schematic diagram in the indoor ecological greening system in Fig. 9.
Figure 11 is indoor ecological greening system filtering net mounting structure schematic diagram in Fig. 9.
Figure 12 is indoor ecological greening system outlet structure schematic diagram in Fig. 9.
Embodiment
In order to allow those skilled in the art understand better the technical solution of the utility model, below in conjunction with accompanying drawing, embodiment of the present utility model is further elaborated.
Fig. 1 shows the first embodiment rooftop zoology greening system of the utility model house ecological greening system.As shown in Figure 1, the rooftop zoology greening system is comprised of support 1, circulating water supply system 2 and plant cultivation module 3.Select one or more plant cultivation modules 3 according to the size of roof area, the plant cultivation module is fixed on the roof, circulating water supply system 2 rack-mount 1.Selected support is stainless steel material.
The plant cultivation module comprises that container 31, matrix 32, hygrosensor and separation net 33 form.Select cuboid container, a plurality of containers are laterally rack-mount, container upper end is uncovered, lay one layer of heat preservation pearl sand at container bottom, the moisture that so both can prevent receptacle by solar radiation after directly evaporation, excess Temperature dries up plant, also can make to keep certain humidity and temperature in container, is laying matrix above insulation pearl sand.One side of container is designed with the inlet opening, this inlet opening uses pipeline to be connected with the inlet opening, the container opposite side is provided with osculum 35, filter screen is installed on osculum to be filtered the water of discharging, prevent matrix or other magazine blocking pipe, this osculum is connected with pipeline, water is flowed into through after matrix from water inlet flow out from osculum.With selected have heat-resisting plant from container the side uncovered plantation advance in container, the root of plant can absorb water from matrix.
Circulating water supply system 2 comprises irrigation pipe 21, water pump 22, water supply line, filter 23 and return water tank 24; Water pump 22 is located at the dimensional support base of frame, and the inlet opening of water pump is connected with return water tank, and the apopore of water pump is connected with water supply line, and feed pipe is connected with irrigation pipe 21, is designed with the inlet opening on return water tank, and the inlet opening is connected with pipeline.In return water tank, hydraulic controller 25 and drainpipe 26 are installed simultaneously.When running into the rainy day or water overirrigation inflow return water tank, hydraulic controller is opened osculum water unnecessary in water tank is discharged.
The irrigation pipe of circulating water supply system is connected with the inlet opening pipeline of container, container osculum pipeline is connected with the inlet opening of collection box, the pouring water of roof greening system can be recycled, using water wisely, guarantee that the plant on roof can keep being fit to the humidity of growth, the insulation jewelry makes the water of supply keep suitable temperature.
As roof greening system, can change traditional afforestation mode, farthest save the space, change city's green areas, improve air-filtering ability, better people's living environment.
Fig. 2 shows the second embodiment screen or the wall-hanging ecological greening system of the utility model house ecological greening system.As shown in Figures 2 and 3, screen or wall-hanging ecological greening system are comprised of support 1, circulating water supply system 2 and plant cultivation module 3.A plurality of plant cultivation modules are fixed on support, and circulating water supply system is rack-mount.
Support uses fenestral fabric, plant cultivation vessel is fixed on the upper end of grid.
The plant cultivation module comprises by container 31, matrix 32, hygrosensor and separation net 33 and forming.Selected container is the hemispherical of both ends open, and the container upper end opening edge is provided with the Ka Tai that launches to both sides along both sides, and each container is installed on support by Ka Tai.Matrix is placed in plant cultivation vessel, covers the fine and closely woven gauze of one deck on the matrix of container, make troubles to cleaning to stop container damage hypsokinesis to be fallen on the ground.The gauze of plant from container is uncovered implanted.The container minimum point is designed with osculum 35, filter screen is installed on osculum the water of discharging is filtered, and after osculum will water, unnecessary water is in time discharged, and makes plant keep the humidity of optimum growh.Cut off a hole that adapts in selected plant size in the gauze of cultivation mouth 34 correspondences of container, planting is advanced in container.
The plant of planting goes out different kinds for the difference screening test according to north-south climate, the user can choose low little according to personal like and effect, bright-colored, time at florescence length is difficult for withering, the plant of lasting fragrance, also can choose unlike indoor discharging harmful gas or pollen the pernicious gas in can absorption chamber, or the plant of adsorption particle.
The circulating water supply system turnkey is drawn together irrigation pipe 21, water pump 22, water supply line, filter 23 and return water tank 24; Water pump is located at the dimensional support base of frame, and the inlet opening of water pump is connected with return water tank, and the apopore of water pump is connected with water supply line, feed pipe connects irrigation pipe, irrigation pipe is connected with sprinkling irrigation part 5, is designed with the inlet opening on return water tank, and the inlet opening is connected with pipeline.
The superiors at container are provided with the sprinkling irrigation part 5 corresponding with container, use a trunk line just the sprinkling irrigation part of the superiors be connected in parallel, trunk line is connected with the pipeline of the apopore of circulating water supply system.Preferred sprinkling irrigation part is hollow pipe, be inverted T-shape, in upper end and the support of sprinkling irrigation part, the osculum of the lower end of each container of last layer is connected, and the lower end sidewall is provided with a plurality of watering apertures, be suspended from lower each container of one deck upper end open directly over, the container implants of lower one deck is watered.Use a trunk line that the osculum of the container of the bottom is connected in parallel, the inlet opening pipeline of the return water tank in trunk line and circulating water supply system is connected.Consist of like this pouring water circulation of the greening system of screen and wall-hanging, using water wisely also can provide the humidity of suitable plant growth.
Use as screen, and support adopts packaged type, increased like this practicality of this scheme, easy to use.Can be at indoor limited space interior trim, beautify indoor environment, also can indoor air be purified, build the living environment of a beauty.
The third embodiment ecological greening system wall of the utility model house ecological greening system, this system's wall both also can be used as a face wall and had been arranged on indoor, can decorate so indoor, beautify indoor environment, also can purify room air, also can install on balcony, increase the afforestation effect in house.
As shown in Figure 4 and Figure 5, the ecological greening system wall is comprised of support 1, circulating water supply system 2 and plant cultivation module 3.A plurality of plant cultivation modules are fixed on support, and circulating water supply system is rack-mount.
Support uses fenestral fabric, and a plurality of plant cultivation modules 3 are fixed on support by splice plate 12, forms a face wall, and a top of the trellis is provided with fixed mount 11, uses fixed screw that support is fixing on the wall.
The plant cultivation module comprises by container 31, matrix 32, hygrosensor and separation net 33 and forming.selected container is rectangular shape, container is vertically rack-mount, culture hole is arranged at outside of containers, culture hole is inclined upwardly, filling substrate in container, be provided with leather layer and separation net between matrix and the outside, container head is designed with the inlet opening 35 of matrix in connection container, the outlet pipe of the irrigation pipe in this inlet opening and circulating water supply system is communicated with, the container bottom is provided with osculum, filter screen is installed on osculum to be filtered the water of discharging, the water of draining flows into the inlet opening of next plant cultivation module, a plurality of cultivation modules connect by this connected mode, the inlet channel of the return water tank in the osculum of last container and circulating water supply system is communicated with.
The plant of planting goes out different kinds for the difference screening test according to north-south climate, the user can choose low little according to personal like and effect, bright-colored, time at florescence length is difficult for withering, the plant of lasting fragrance, also can choose unlike indoor discharging harmful gas or pollen the pernicious gas in can absorption chamber, or the plant of adsorption particle.
The circulating water supply system turnkey is drawn together irrigation pipe 21, water pump 22, water supply line, filter 23 and return water tank 24; Water pump is located at the dimensional support base of frame, and the inlet opening of water pump is connected with return water tank, and the apopore of water pump is connected with water supply line, feed pipe is connected with irrigation pipe, the inlet opening of irrigation pipe access cultivated plant module is designed with the inlet opening on return water tank, the inlet opening is connected with pipeline.
As the distressed structure of the third embodiment ecological greening system wall of house ecological greening system, as shown in Figure 6, its of itself and the third embodiment is not: the container that uses in module for planting plant.In this module, container 31 used is preferably the size container consistent with stent wall.Plant cultivation module 3 comprises container, matrix and the separation net that is fixed in support 1, this container is whole tabular, size is consistent with stent wall, container side wall is provided with culture hole, internal tank is filled with matrix, separation net is layed in the stromal surface that is provided with culture hole side container, and plant is implanted matrix by culture hole.The top of container is provided with the inlet opening, and this inlet opening is connected with irrigation pipe, and minimum point is designed with osculum 35, filter screen is installed on osculum the water of discharging is filtered, and osculum is connected with the inlet channel of return water tank.It is identical that other of the distressed structure of use the third embodiment of the present utility model form devices and connected mode and the third embodiment, no longer does repeat specification at this.
As the another kind of distressed structure of the utility model the second embodiment and the third embodiment, as shown in Figure 7 and Figure 8, on former circulating water supply system constant basis, the container in support and plant cultivation module is made improvements.
embodiment such as Fig. 9 of a kind of indoor ecological greening system of the utility model, Figure 10, Figure 11 and shown in Figure 12, the indoor ecological greening system comprises support 1, circulating water supply system 2, plant cultivation module 3, air moistening system 6, light-guiding system 8 and screen pack 14, the plant cultivation module is fixed on support or with splice plate with drawer type and forms a face wall, circulating water supply system is arranged on support or splice plate, light-guiding system mounting bracket top, the support end is provided with exhaust outlet 15, screen pack 15 is arranged on the exhaust outlet end, air moistening system is arranged on after screen pack before exhaust outlet.This air moistening system 6 is comprised of atomizer 61, and atomizer is fixed on the end of support and is connected with the water supply line of circulating water supply system.
Circulating water supply system 2 comprises irrigation pipe 21, water pump 22, water supply line, filter 23 and return water tank 24; Water pump is located at the dimensional support base of frame, and the inlet opening of water pump is connected with return water tank, and the apopore of water pump is connected with water supply line, and feed pipe is connected with irrigation pipe, is designed with the inlet opening on return water tank, and the inlet opening is connected with pipeline.
Above-mentioned indoor ecological greening system comprises that plate type solar is adopted can device 7, temperature and hygrosensor 9, and temperature and hygrosensor are arranged on indoor wall.
Described plate type solar is adopted and can be comprised that solar energy collecting plate 71, solar energy connect conducting tube 72, suction-type lithium bromide Conversion of Energy machine 73 and air-conditioner 74 by device, solar energy collecting plate is fixed on outdoor, solar energy collecting plate is connected conducting tube and connects with solar energy, solar energy connects the other end access suction-type lithium bromide Conversion of Energy machine of conducting tube, suction-type lithium bromide Conversion of Energy machine is connected with air-conditioner, and the energy input after transforming is indoor.
Air moistening system 6 is comprised of atomizer 61, and atomizer is fixed on the end of support and is connected with the water supply line of circulating water supply system.Be connected control with hygrosensor by indoor temperature, whether the output control that detects according to indoor temperature and hygrosensor is to the indoor humidification that carries out.
Light-guiding system 8 is mainly to adopt natural lighting and artificial light filling double structure adjustment, and when too low for temperature, there are suitable temperature and illumination in maintenance whole system inside, and so both can take full advantage of solar energy also can energy efficient.Artificial light compensating lamp is arranged on a top of the trellis with light compensating lamp, natural lighting use flat mirror reflects and diffuse reflection just light refraction advance plant walls.
Temperature and hygrosensor 9 are arranged on indoor, are connected with intelligent controller, and indoor temperature and humidity is carried out Real-Time Monitoring.
in order better to promote the air circulation of indoor and outdoor, at the indoor ecological greening system, blower fan 13 and air-conditioner 74 are installed, outdoor air advances the indoor ecological greening system by air inlet, the air circulation of ecological greening system in the blower fan accelerating chamber, air tentatively filters through air cleaner 15, after filtering, air flows into by the gap between the multi-face solid plant walls, the airborne harmful substance of the plant absorbing of plant walls, air-conditioner just plate type solar is adopted and can device be converted into suitable temperature and be delivered to exhaust outlet, entered indoor by exhaust outlet, carry out secondary filter entering indoor front use screen pack, control according to indoor temperature and humidity after air filter air is added wet process, the indoor air that makes like this is more pure and fresh, pure, temperature and humidity is suitable.
Simultaneously indoor air also can enter the indoor ecological greening system from the indoor reservation air admission hole in plant walls, and room air also can be recycled from newly entering the indoor ecological greening system.
In order better to reach the effect of filtered air, purification, one or more surfaces plant walls can be installed in the indoor ecological greening system.
It is more than the better implementation of the utility model; need to prove; in the situation that do not deviate from the utility model spirit and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the utility model, but these changes and distortion all should belong to the protection domain of the appended claim of the utility model.
Claims (10)
1. a house ecological greening system, comprise support (1), circulating water supply system (2) and plant cultivation module (3), it is characterized in that, circulating water supply system (2) is arranged on support (1);
Described plant cultivation module comprises container (31), matrix (32) and separation net (33), container has culture hole (34), matrix is filled in container, separation net is layed in the stromal surface that is provided with culture hole (34) side container, plant is implanted matrix by culture hole, the minimum point of container is designed with osculum (35), and one deck filter screen is installed on this osculum.
2. house according to claim 1 ecological greening system, it is characterized in that: the circulating water supply system turnkey is drawn together irrigation pipe (21), water pump (22), water supply line, filter (23) and return water tank (24); Water pump is located at the dimensional support base of frame, and the inlet opening of water pump is connected with return water tank, and the apopore of water pump is connected with water supply line, and feed pipe is connected with irrigation pipe, is designed with the inlet opening on return water tank, and the inlet opening is connected with pipeline.
3. the described house of any one ecological greening system according to claim 1 to 2, it is characterized in that, described container is cuboid, container is laterally rack-mount, container upper end is uncovered, the bottom of container uses the husky pearl of insulation to fill, insulation Sha Zhu fills one deck matrix in the upper strata, one side of container is designed with the inlet opening, this inlet opening is connected with irrigation pipe in circulating water supply system, the container opposite side is provided with osculum, and the inlet channel of the return water tank in this osculum and circulating water supply system is connected, and hydraulic controller and discharge outlet are installed in return water tank.
4. house according to claim 2 ecological greening system, is characterized in that, described support is a plurality of, is fixed as an integral body by splice plate, is provided with the plant cultivation module in each support; Or described support welding is grid shape, and container is fixed in the grid of support with drawer type; Support is the structure of single or double.
5. house according to claim 4 ecological greening system, it is characterized in that, described container is hemispherical or the infundibulate of both ends open, the container upper end opening edge is provided with the Ka Tai that launches to both sides along both sides, each container is installed on support by Ka Tai, be provided with sprinkling irrigation part (5) between bilevel container, this sprinkling irrigation part is hollow pipe, be inverted T-shape, the upper end is connected with the lower ending opening of each container of last layer in support, the lower end sidewall is provided with a plurality of watering apertures, be suspended from lower each container of one deck upper end open directly over.
6. house according to claim 4 ecological greening system, it is characterized in that, described plant cultivation module comprises the container that is fixed in support, matrix and separation net, this container is rectangular shape, a plurality of containers splice in order and are rack-mount, culture hole is arranged at outside of containers, culture hole is inclined upwardly, filling substrate in container, be provided with leather layer and separation net between matrix and the outside, container head is designed with the inlet opening of matrix in connection container, the outlet pipe of the irrigation pipe in this inlet opening and circulating water supply system is communicated with, the container bottom is provided with osculum, the inlet channel of the return water tank in this osculum and circulating water supply system is connected.
7. house according to claim 6 ecological greening system, it is characterized in that, described plant cultivation module comprises container, matrix and the separation net that is fixed in support, this container is whole tabular, and size is consistent with stent wall, and container side wall is provided with culture hole, internal tank is filled with matrix, separation net is layed in the stromal surface that is provided with culture hole side container, and plant is implanted matrix by culture hole, and the minimum point of container is designed with osculum; Irrigation conduit is connected with the container water inlet, and apopore is connected with pipeline, and osculum is connected with the inlet opening of return water tank.
8. according to claim 5 or 6 described house ecological greening systems, it is characterized in that, use drawer type that fixed container is installed, the plane that on selected container, lower wall tilts, container is uncovered, and this container base is provided with a water fender, and water fender and container bonding place are provided with a delivery port, the container bottom minimum point is provided with discharge outlet, and this osculum is connected with the water inlet pipe of the recovery tank of water supply circulatory system.
9. indoor ecological greening system, comprise support (1), circulating water supply system (2), plant cultivation module (3), air moistening system (6), light-guiding system (8) and screen pack (14), be characterised in that, plant cultivation module and circulating water supply system are rack-mount, light-guiding system mounting bracket top, the support end is provided with exhaust outlet (15), screen pack is arranged on the exhaust outlet end, air moistening system is arranged on after screen pack before exhaust outlet, and this air moistening system is connected with the water supply line of circulating water supply system;
Described plant cultivation module (3) comprises container (31), matrix (32) and separation net (33), container has culture hole (34), matrix is filled in container, separation net is layed in the stromal surface that is provided with culture hole (34) side container, plant is implanted matrix by culture hole, the minimum point of container is designed with osculum (35), and one deck filter screen is installed on this osculum;
Described circulating water supply system (2) comprises irrigation pipe (21), water pump (22), water supply line, filter (23) and return water tank (24); Water pump is located at the dimensional support base of frame, and the inlet opening of water pump is connected with return water tank, and the apopore of water pump is connected with water supply line, and feed pipe is connected with irrigation pipe, is designed with the inlet opening on return water tank, and the inlet opening is connected with pipeline.
10. indoor ecological greening system according to claim 9, is characterized in that, described system comprises that plate type solar is adopted can device (7), temperature and hygrosensor (9), and temperature and hygrosensor (9) are arranged on indoor wall;
Described plate type solar is adopted and can be comprised that solar energy collecting plate (71), solar energy connect conducting tube (72), suction-type lithium bromide Conversion of Energy machine (73) and air-conditioner (74) by device (7), solar energy collecting plate is fixed on outdoor, solar energy collecting plate is connected conducting tube and connects with solar energy, solar energy connects the other end access suction-type lithium bromide Conversion of Energy machine of conducting tube, and suction-type lithium bromide Conversion of Energy machine is connected with air-conditioner.
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| CN2013203516732U CN203261868U (en) | 2013-06-19 | 2013-06-19 | Ecological greening system for house and indoor ecological greening system |
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| CN2013203516732U CN203261868U (en) | 2013-06-19 | 2013-06-19 | Ecological greening system for house and indoor ecological greening system |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103999710A (en) * | 2014-06-16 | 2014-08-27 | 殷建华 | Water storage automatic irrigation type simple plant picture system |
| CN105113815A (en) * | 2015-08-13 | 2015-12-02 | 席鹏 | Same-level building floor |
| CN105588197A (en) * | 2015-12-09 | 2016-05-18 | 温州添禾景观股份有限公司 | Smart biological air purifier |
| CN106760037A (en) * | 2016-12-30 | 2017-05-31 | 华中科技大学 | A kind of heat preservation humidity conditioning external wall system of semi-passive |
| CN108401729A (en) * | 2018-01-29 | 2018-08-17 | 四川大学 | The water-saving mosquito proof plant walls of assembled antivibration |
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2013
- 2013-06-19 CN CN2013203516732U patent/CN203261868U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103999710A (en) * | 2014-06-16 | 2014-08-27 | 殷建华 | Water storage automatic irrigation type simple plant picture system |
| CN105113815A (en) * | 2015-08-13 | 2015-12-02 | 席鹏 | Same-level building floor |
| CN105113815B (en) * | 2015-08-13 | 2017-10-17 | 席鹏 | Building flat bed |
| CN105588197A (en) * | 2015-12-09 | 2016-05-18 | 温州添禾景观股份有限公司 | Smart biological air purifier |
| CN106760037A (en) * | 2016-12-30 | 2017-05-31 | 华中科技大学 | A kind of heat preservation humidity conditioning external wall system of semi-passive |
| CN108401729A (en) * | 2018-01-29 | 2018-08-17 | 四川大学 | The water-saving mosquito proof plant walls of assembled antivibration |
| CN108401729B (en) * | 2018-01-29 | 2020-03-20 | 四川大学 | Assembled anti-vibration water-saving mosquito-proof plant wall |
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